Clairex Technologies, Inc.

Point Source Emitter produces collimated radiation.
Electronic Components & Devices

Point Source Emitter produces collimated radiation.

Featuring beam angle of less than ±1° at half power points, 850 nm Model CLE333 has typical rise and fall time of 4.0 ns. Lens provides sharply focused beam pattern capable of projecting 3 in. diameter spot on surface 10 ft away. Typical irradiance is 0.45 mW/cm-² at IF=50 mA and typical VF is 1.6 V at IF=50 mA. Emitter chip is mounted in TO-46 hermetic package with cathode common to case.

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Electrical Equipment & Systems

Fiber Optic Devices are offered in various styles.

CFE370, CFD470 and CFR520 feature self-aligning plastic lens caps, while CFR530 is a flat window, metal lens can device that provides hermetic seal. CFE370 contains an 850 nm AlGaAs DDH high speed fiber optic emitter with microlens centered on chip for efficient coupling. CFD470 contains 850 nm fiber optic PIN photodiode with 950 mil-² active area. CFR520 and CFR530 contain 5 Mb direct coupled...

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Narrow-Beam IREDs offer output power from 3.0-25 mW.

Narrow-Beam IREDs offer output power from 3.0-25 mW.

Models CLE331P and CLE335P are TO-46, 850 nm IREDs suited for applications requiring uniform output radiation patterns. They feature custom plastic lenses and can be operated at up to 3 A when pulsed at 10 -µs, 100 pps. Maximum operating temperature is 100°C. Model CLE331P contains AlGaAs Point Source die with 50 micron dia junction. Model CLE335P contains AlGaAs DDH die.

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Multiple Chip IRED provides total output power of 6.0 mW.
Electronic Components & Devices

Multiple Chip IRED provides total output power of 6.0 mW.

CLE400F-905 4-leaded device contains three 905 nanometer IRED chips mounted in flat leaded PLCC package. Chips feature current III-V solid state technology with transparent gallium aluminum arsenide windows. Chips are wire bonded in parallel and overcoated with clear epoxy, which provides emission angle of ± 70° at half power points. Maximum operating temperature with clear epoxy lens is 100°C.

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Point Source Emitter produces collimated radiation.
Electronic Components & Devices

Point Source Emitter produces collimated radiation.

Featuring beam angle of less than ±1° at half power points, 850 nm Model CLE333 has typical rise and fall time of 4.0 ns. Lens provides sharply focused beam pattern capable of projecting 3 in. diameter spot on surface 10 ft away. Typical irradiance is 0.45 mW/cm-² at IF=50 mA and typical VF is 1.6 V at IF=50 mA. Emitter chip is mounted in TO-46 hermetic package with cathode common to case.

Read More »
Electrical Equipment & Systems

Fiber Optic Devices are offered in various styles.

CFE370, CFD470 and CFR520 feature self-aligning plastic lens caps, while CFR530 is a flat window, metal lens can device that provides hermetic seal. CFE370 contains an 850 nm AlGaAs DDH high speed fiber optic emitter with microlens centered on chip for efficient coupling. CFD470 contains 850 nm fiber optic PIN photodiode with 950 mil-² active area. CFR520 and CFR530 contain 5 Mb direct coupled...

Read More »
Narrow-Beam IREDs offer output power from 3.0-25 mW.

Narrow-Beam IREDs offer output power from 3.0-25 mW.

Models CLE331P and CLE335P are TO-46, 850 nm IREDs suited for applications requiring uniform output radiation patterns. They feature custom plastic lenses and can be operated at up to 3 A when pulsed at 10 -µs, 100 pps. Maximum operating temperature is 100°C. Model CLE331P contains AlGaAs Point Source die with 50 micron dia junction. Model CLE335P contains AlGaAs DDH die.

Read More »
Multiple Chip IRED provides total output power of 6.0 mW.
Electronic Components & Devices

Multiple Chip IRED provides total output power of 6.0 mW.

CLE400F-905 4-leaded device contains three 905 nanometer IRED chips mounted in flat leaded PLCC package. Chips feature current III-V solid state technology with transparent gallium aluminum arsenide windows. Chips are wire bonded in parallel and overcoated with clear epoxy, which provides emission angle of ± 70° at half power points. Maximum operating temperature with clear epoxy lens is 100°C.

Read More »

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